Gaseous Substances TRIZ Cases

A porous absorbing element covers the basin access opening to manage volatile liquid diffusion without electrical power.

A thin magnetic fragrance device attaches to smartphones via a housing with integrated magnetic absorption units.

An adjustable fan directs atomized fragrance from a venturi system, resolving the trade-off between precise scent distribution and device complexity.

A wearable chemical dispenser uses a movable shutter to regulate airflow through an electric fan, directing treated air toward the user.

Replacing motor-operated mechanical spray valves with a piezoelectric vibrator eliminates complex parts prone to failure, improving reliability for home use.

A vaporiser unit rapidly boils liquid decontaminant within a lumen to generate vapour for enclosed space treatment.

An evaporator cap integrates a threaded guide that accommodates variable wick lengths, eliminating complex assembly steps and reducing manufacturing costs.

Segmenting the freshener into a reusable enclosure and replaceable insert resolves the contradiction between aesthetic customization and device complexity.

A sealed container structure incorporates a depression line on the sealing film to create a precise breaking point for controlled peeling.

A solid air freshener composition uses a starch binder and surfactant to hold fragrance in a stable pressed form, preventing weeping during transport.

Dual fans control airflow velocity while a catalyzer decomposes residual hydrogen peroxide into water and oxygen for complete bio-decontamination.

A trapezoid hexagon incense heater directs fragrance smoke via a fan and air duct guide, preventing overheating of electronic components.

A wearable chemical dispenser uses a low-power fan to move air treatment chemicals along clothing.

Cellulose, hemicellulose, and pectin replace carrageenan in air freshener gels to eliminate heat instability and off-notes.

A wick-based dispenser system emits volatile materials with a stable output rate.

A ceramic shell impregnated with volatile oil and an internal fragranced gel releases scent through evaporation and diffusion.

An elastic locking valve prevents accidental toxic release by requiring precise refill alignment to open the fluid passage.

Segmenting the containment portion into distinct ventilation and retaining areas reduces flow resistance, increasing the released scent flow rate.

A refill uses a selectively porous wick to emit water-based and oil-based fragrances in sequence from one reservoir.

Adjustable strap fasteners suspend a fragrance sachet without damaging vehicle surfaces, resolving installation complexity and surface protection trade-offs.

Covalently cross-linked gel matrices immobilize fragrance oils to resolve spill risks while maintaining consistent release rates.

A portable diffuser channels air through a perforated receptacle to carry fragrance into ambient space.

A flavor dispenser system uses a controller to execute shuffle protocols across multiple capsule compartments.

Rectilinear projections on the jacket assembly guide correct orientation, preventing valve stem damage during insertion.

A dual membrane apparatus creates a vapor chamber to regulate volatile material release rates.

Adjusting the gap between electrodes balances decontamination efficiency against electrical breakdown risk in industrial air cleaning.

Segmenting the water tank from the diffuser body eliminates leak risks while maintaining continuous mist generation.